KR101544692B1 - Collection and loading integrated apparatus of salt - Google Patents

Abstract

The present invention provides an integrated salt collection and loading apparatus capable of automatically being driven and being compact since production costs and weight are reduced. To achieve the purpose, the present invention comprises: a collection frame unit of which a front side is opened and the rear side is closed; a loading frame unit installed to be tilted upward from one side end of the collection frame unit; a circulation belt unit receiving a rotational force to be rotated; a scraping plate disposed in the circulation belt unit at constant intervals; a guide duct surrounding a rear end portion of the collection frame unit to guide salt upward; and a guard plate is provided to both side surfaces of the circulation belt unit.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a salt collecting and loading apparatus,

The present invention relates to an integrated salt collecting and loading apparatus, and more particularly, to an integrated salt collecting and loading apparatus capable of automatic running and collecting collected salt on a salt floor and loading the salt into a carrier .

In Patent Publication No. 10-2010-0082246 (published on July 16, 2010), it is possible to collect the collected salt from the side of the bank on the bottom of the bank while moving along the rail attached to the bank, A salt collecting and loading device is disclosed.

According to the present invention, there is provided a conventional salt collecting and loading apparatus for collecting and loading salt collected at one side of a bank, which is generated at a salt deposit floor on a salt transport cart moved along a rail provided on a bank, A salt transporting cart which is connected to a bogie and is moved along the bank along with a bogie to move upwards the salt upwards and moved together with the bogie, And a collecting conveyor means connected to the collecting conveyor means for collecting the collected salt on the tumbling floor while being moved along the bank together with the collecting conveyor means to raise the collected collecting means to the top of the collecting conveyor means, The means comprises a scraping plate for scraping up the salt collected on the salt floor, And a scraper arranged in the longitudinal direction of the belt and protruding outwardly is disposed on the bottom of the conveying belt so that the scraper scrapes the bottom of the conveying duct, And a scraper conveyor provided so as to rotate in an infinite orbit.

The loading conveyor means includes a lower end portion of an inclined portion that is inclined so that an upper end thereof is positioned above the salt transport cart and one end of the horizontal portion is bent so that the belt is refracted at a position where the inclined portion and the horizontal portion are connected and is rotated in an endless track Wherein the outlet of the duct is located above the horizontal part of the loading conveyor means.

Wherein the conveying means comprises a base portion and a rotating portion which is pivotally supported by a rotary shaft rotatably and vertically rotatably on an upper portion of the base portion so as to be lifted up to the top of the salt transporting cart, The frame of the refraction conveyor is rotatably connected to the joint provided at one side of the rotary part so that the collection conveyor means connected to the horizontal part is rotated in the direction to be lifted and lowered from the tumbling bottom.

According to the above technical arrangement, the conventional salt collecting and loading apparatus moves along the rail attached to the bank and collects the collected salt on the salt floor from one side of the bank, and immediately loads the collected salt on the salt truck. The salt can be loaded while collecting from the salt floor.

However, the conventional salt collecting and loading apparatus has the following problems.

First, the collected conveyor means collects the salt collected on the salt floor and transfers the collected salt to the scraper conveyor side by scooping it with a scraping plate. At this time, since the tip of the scraping plate is in close contact with the bottom of the trough, it is easily worn out, and the salt of the trough bottom must be collected within the width of the scraping plate, resulting in poor durability and workability.

In addition, in the conventional salt collecting and stacking apparatus, since the scraper conveyor of the collection conveyor means and the refraction conveyor of the loading conveyor means are rotated by different driving motors, the rotation ratio of the both driving motors must be artificially adjusted for smooth salt transportation, When an error occurs in one drive motor, there is a problem that the conveying of salt is carried out during the collection and loading process or the conveyor is operated in an idle state.

Conventional salt collecting and loading apparatuses include a collection conveyor means for collecting collected salt on the salt floor and a loading conveyor means for conveying the collected salt to be loaded on the truck, There was a limit to savings.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an apparatus and a method for collecting salt collected on a salt floor and a salt- The present invention provides an integrated salt collecting and loading device that can be compactly realized by weight reduction.

In order to solve the above-described problems, the present invention provides a disposable diaphragm comprising: a collection frame part which is opened frontward so as to collect salt to the inside and which is hermetically closed at the rear and is movable so as to be movable; A circulation belt portion continuously installed in a triangular shape via a belt difference between the stacking frame portion and the collection frame portion and rotated by receiving power, A scraping plate for scraping and collecting the salt collected on the scraping plate, and a rear end portion of the collection frame is wrapped round so that the salt transferred by the scraping plate can be pumped up to the circulating belt portion, thereby guiding the salt upward, Guide ducts where drainage holes are drilled, and salts that prevent salt from flowing down during transfer of the salt by the circulating belt portion And a guard plate is provided on both side surfaces of the circulating belt portion.

The above-mentioned scraping plate is characterized in that a rubber plate material is padded so as to increase adhesion with the bottom of the torsion bar.

A power transmitting gear portion is provided between one side belt car of the collection frame portion and the rear wheel axis of the collection frame portion so that the collection frame portion runs when the circulation belt portion rotates.

A length of which is fixed by a tightening member so as to be slidably inserted into one side of the collection frame part so as to be adjustable in length and a rotation with a support wheel so that the direction of the collection frame part can be changed while the other side end of the collection frame part is lifted And a bogie.

The present invention has the effect of collecting the salt collected on the salt trough floor and loading the salt into the transportation trough with a single circulating belt, thereby reducing manufacturing cost and making the apparatus compact and compact.

Further, the present invention has the effect of extracting the power from the belt car of the rotating belt portion receiving the power from the mounted motor, transmitting the power to the rear wheel shaft, collecting and loading the collected salt on the tumbling floor at the same time .

The present invention is also advantageous in that the device can be easily moved over the bank using a rotary bogie without any mechanical assistance with the compact implementation of the device.

1 is a perspective view of an integrated salt collecting and loading apparatus according to the present invention,
FIG. 2 is a perspective view showing a different view direction of the integrated salt collecting and loading apparatus disclosed in FIG. 1,
3 is an operational view of an integrated salt collecting and loading apparatus according to the present invention,
FIG. 4 is an exemplary view showing a moving process of the integrated salt collecting and loading apparatus according to the present invention.

Hereinafter, preferred embodiments of the integrated salt collecting and loading apparatus according to the present invention will be described in detail with reference to the accompanying drawings.

The integrated salt collecting and loading apparatus according to the present invention is compactly realized by collecting the salt collected on the salt trough floor and loading the salt into the shipping trough with one circulating belt.

For this purpose, as shown in FIGS. 1 to 4, the embodiment of the present invention includes a collection frame, which is opened frontward so as to collect the collected salt on the salt floor, A loading frame portion 20 provided upwardly inclined upward from the one end of the collection frame portion 10 and a belt portion 31 extending between the loading frame portion 20 and the collection frame portion 10, 33 arranged in the circulation belt unit 30 and rotated by receiving power, and a circulation belt unit 30 disposed at a predetermined interval on the circulation belt unit 30 and scraping and transferring the collected water to the inside of the collection frame unit 10 A guide duct for wrapping the rear end portion of the collection frame portion 10 and guiding the salt upward so that the salt transferred by the scraping plate 40 can be pumped up by the circulation belt portion 30, (50), and a circulating belt portion (30) To avoid falling off sideways endless belt unit 30, a guard plate 45 is provided on both sides.

The collection frame portion 10 includes an upper frame 11 arranged in parallel with a predetermined length, a reinforcing frame 12 for integrally connecting the upper frame 11, And a support frame (13) on which the wheels (14) are mounted so as to be able to move away from the tumbling floor at a constant height.

In addition, the collection frame part 10 is opened frontward as the upper frame 11 is separated from the salt floor by a predetermined height by the support frame 13, and the salt collected on the salt floor at the time of forward movement by the rolling of the wheel (15) for sealing the rear portion so as to be gathered inside. Of course, a rubber plate 16 is attached to the lower end of the claw 15 so as to prevent the salt from escaping when pulled on the cage.

The stacking frame unit 20 is installed upward from the one end of the collection frame unit 10 so as to be upwardly inclined. To this end, the oblique frame 21 is installed so as to be inclined upwards from the one end of the upper frame 11.

That is, the loading frame portion 20 is installed at an end of the collection frame portion 10 so as to be inclined upwards in an obtuse angle.

The belt cars 31,32 and 33 are parts for transmitting the power by hooking the circulating belt part 30 so that the circulating belt part 30 is continuously connected to the collection frame part 10 and the loading frame part 20 The other end of the collection frame unit 10, and the end of the loading frame unit 20, respectively, so that the collection frame unit 10 and the loading frame unit 20 can rotate.

That is, the circulating belt portion 30 is installed in the shape of an obtuse triangle on the collection frame portion 10 and the loading frame portion 20 via the belt cars 31, 32, 33.

The circular belt portion 30 has a predetermined width so as to carry and carry the salt thereon, and does not limit the materials such as rubber, fabric, and the like.

The scraping plates 40 are arranged at regular intervals in the circulation belt portion 30 and are rotated on the collection frame portion 10 and the loading frame portion 20 in accordance with the rotation of the circulation belt portion 30, Collect the salt and transport it for loading.

The guide duct 50 is installed in a rounded manner around the rear end portion of the collection frame portion 20 in the direction in which the circulation belt portion 30 is turned upward, So that the salt transferred by the scraping plate 40 is pumped up onto the circulating belt portion 30.

Further, the guide duct (50) is drilled in the drain hole (51) so as to discharge the brine conveyed together with the salt by the scraping plate (40).

Thus, when the salt of the tumbling bottom collected in the collection frame unit 20 is moved to the upper end of the stacking frame unit 20 by the circulation belt unit 30 and the circulation belt unit 30 is redirected downward Falls.

The guard plate 45 is formed to extend from the rear end of the collection frame 10 to the upper end of the loading frame portion 20 in a region where the circulation belt portion 30 ascends and to prevent the salt from flowing sideways And is installed so as to be in close contact with both sides of the circulating belt portion (30).

An idler frame 80 may be installed on the collection frame unit 10 and the loading frame unit 20 to support the circulation belt unit 30 so as to prevent the circulation belt unit 30 from sagging.

A motor 91 is mounted on the stacking frame 20 to transmit power to the belt section 30 and is transmitted to the belt car 31 through a power transmitting member (pulley, belt, etc.).

According to the above-described technical arrangement, the operator pushes the pusher to collect the salt by the moving path of the integrated salt collecting and loading apparatus according to the present invention.

Thereafter, when the worker pushes the integrated salt collecting and loading apparatus in a state in which the circulating belt section 30 is driven, the salt collected in the collection frame section 10 is transferred to the circulating belt section 30, The scraping plate 40 is rotated in the conveying duct 50 to pour the salt onto the circulating belt portion 30. [

Thus, the salt moves to the upper end of the loading frame 20 by the circulating belt portion 30, falls, and the car 1 is positioned at the falling point of the salt, and the collected salt is loaded on the car 1 .

On the other hand, when the height of the salt collected on the salt-collecting floor is higher than the height of the circulating belt portion 30 when the salt collecting and loading device is pushed, the collected salt flows upward on the circulating belt portion 30 and is not conveyed In order to prevent this, a salt inflow prevention plate 17 for preventing a gap between the upper frame 11 and the upper end of the circulation belt unit 30 is installed on the front side upper frame 11.

Next, the scraping plate 40 is padded with a rubber plate material 41 at its lower end so as to increase the adhesion with the bottom surface.

That is, in order to scrape off the salt on the salt floor, the scraping plate 40 must be in close contact with the salt floor. When the scraper plate 40 is used for a long time, the scraping plate 40 is worn out. By the maintenance, it is possible to maintain the close contact state between the scraping plate 40 and the salt floor at all times through maintenance.

Next, a power transmitting gear portion 60 is provided between the belt 30 on one side of the collection frame portion 10 and the rear wheel axis of the collection frame portion 10, And the loading device.

The power is taken out from the belt car 32 at the part where the collection frame unit 10 and the loading frame unit 20 meet and is transmitted to the rear wheel axle 14a of the collection frame unit 10 for running .

That is, the belt car and the wheel axle intersect with each other, and the power of the belt car is transmitted to the wheel axle through the power transmitting gear portion composed of bevel gear or the like.

Accordingly, when the circulation belt is driven, the power is transmitted to the wheel shaft through the power transmission gear portion so that the integrated salt collecting and loading device is driven.

In addition, the rotation of the circulating belt portion simultaneously with the running allows the collected scraps to be collected on the trough floor by the scraping plate, and can be loaded on the bogie.

Next, a length of the collection frame unit 10 is slidably inserted into one side of the collection frame unit 10 so as to be adjustable in length, and the length thereof is fixed by a tightening tool 71. When the other side end of the collection frame unit 10 is raised, A rotating carriage 70 with a supporting wheel 72 is provided so as to be able to switch between the two wheels.

Generally, the salt cell is partitioned by the bank, and rails are laid on the bank to transport the salt.

Therefore, when either one of the salt collecting and loading is completed based on the bank, the integrated salt collecting and loading apparatus is moved to the opposite side.

In this case, the tightening tool 71 is loosened and the rotating wheel 70, which is slidably inserted into one side of the collection frame part 10, is extended to place the supporting wheel 72 on the bank, After the elongated rotary carriage 70 is fastened and fixed, the other side of the collection frame unit 10 is lifted from the ground and the device is moved to the opposite bank side with the support wheel 72 of the rotary carriage 70 as a rotation axis.

That is, the integrated salt collecting and loading apparatus according to the embodiment of the present invention is a compact structure in which both the collecting and loading of salt are performed by one circulating belt unit 10, So that the device can be moved over the bank.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. And the like.

1: Bogie
10: Collection frame part
11: Upper frame
12: reinforcement frame
13: Support frame
14: Wheels
15: Clip
16: Rubber plate
20:
21: Inclined frame
30:
31, 32, 33: Belt car
40: Scraping plate
41: Rubber plate material
45: Guard plate
50: Guide duct
60: Power transmission gear portion
70:
71: Fasteners
72: support wheel
80: idler frame

Claims (4)

A collection frame part (10) having a front side opened and a rear side closed so that the collected salt can be collected inside and a wheel (14)
A loading frame unit 20 installed at one side of the collection frame unit 10 so as to be inclined upwards in an obtuse angle,
A circulation belt portion 30 continuously installed in a triangular shape via belt means 31, 32, 33 between the stacking frame portion 20 and the collection frame portion 10 and rotated by receiving power,
A scraping plate 40 disposed at a predetermined interval in the circulation belt unit 30 for scraping and transferring the collected water to the inside of the collection frame unit 10,
The rear end portion of the collection frame portion 10 is rounded so that the salt transferred by the scraping plate 40 can be pumped up by the circulation belt portion 30 to guide the salt upward, A guide duct 50 having a drain hole 51 drilled therein,
Characterized in that a guard plate (45) is provided on both sides of the circulation belt part (30) so as to prevent the salt from flowing sideways during the transfer of the salt by the circulation belt part (30) Device. The method according to claim 1,
Wherein the scraping plate (40) is padded with a rubber plate material (41) at its lower end so as to increase adhesion with the bottom surface. The method according to claim 1,
A power transmitting gear portion 60 is provided between one side belt car of the collection frame portion 10 and the rear wheel axis of the collection frame portion 10 so that the belt portion 30 travels when the belt portion 30 rotates To collect and load the salt. The method according to claim 1,
A length of which is fixed by a tightening tool 71 and which is slidably inserted into one side of the collection frame part 10 so as to be adjustable in length so that the other side end of the collection frame part 10 is raised, Characterized in that a rotary drum (70) with a supporting wheel (72) is provided so as to be able to be switched.

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